… quantum dots (QDs), they could be considered as potential alternatives in solar energy
conversion applications. … in the hybrid photocatalyst systems due to up-conversion PL. CQDs can …

… has enhanced the power conversion efficiency (PCE) of thin-… carbon-free along with having
a high energy density. Here is we can generate hydrogen in two ways: one is photocatalytic …

… exploited in designing a photocatalytic system that combines … on CDOTs for energy conversion
applications, the optical … of CDOTs as potent photocatalysts for the conversion of CO2 into …

… Solar energy conversion by photocatalysis has been attracting much interest as a promising
technology for a sustainable future in the context of the aggravating energy … Photocatalysis is …

… , facet control, charge transfer mode and the construction of … catalytic performance of hybrid
photocatalysts could provide readers an … of photocatalytic activity in solar energy conversion. …

… The substantial photoinduced electron transfer properties of CQDs open up new
opportunities for their potential uses in redox processes like light energy conversion and related …

… energy conversion efficiency of 2.0%. The large values of QE obtained by the CQDs/C 3
N 4 composite are related to the highly porous structure of the C 3 N 4 grains, which yields a …

… Scientists convert H 2 O and CO 2 into organic matter using solar energy as the driving force
and photocatalytic materials as the medium of light-chemical energy conversion, based on …

… use carbon quantum dot to enhance the photocatalytic activities of conventional photocatalytic
… 2+ by the absorption spectrum of C-dots results in high energy transfer efficiency (Fig. 3b). …

… displayed the lowest energy transfer efficiency (η) of 6.03% because the repulsion between
positively charged CDCs and cationic RhB decreased the energy transfer. A positively …